Leg-mount caster support



Nov. s, 1923. A1,473,379

W. H. NOELTING LEG MOUNT @ASTER SUPPORT Filed Nov. 25, 1922 v IN VEN TOR.

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Patented Nov. 6, i923.

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WILLIAIJI H. NOELTING, OF EVANSVLLE INDANA, ASSIGNOR T O FAULTLESS CASTER COMPANY, OF EVISXNSVILLE, INDLANA, A CORPORATION.

LEG-MOUNT CAS'IER SUPPORT.

Application led November 25, 1.922.V Serial No.v 603,161.

To all whom t may concern Be it known that I, TWILLIAM H. NonL'rING, a citizen of the United States, and a resident of Evansville, county of Vanderburg, and State of indiana, have invented a certain new and useful Leg-Mount Caster Support; and l do hereby declare that the following is a full, clear, and exact description thereof, reference being had to the accompanying drawings, in which like numerals refer to like parts.

This invention relates to a leg mount caster for tubular legs and the like.

The chief object of this invention is to provide a leg mount which will form anA ornamental flange adjacent the end of the tubular leg and the like, and support said leg and grip the interior of the leg to retain the caster within the leg when the load is removed from the leg.

The chief feature of the invention consists in providing` the leg mount with a dishshaped construction and in slotting the same to increase the resiliency of the plate and thereby increase its gripping effect.

Another feature of the invention is to provide a leg mount for a leg having a polygonal peripheral outline with a polygonal ornamental ange for the exterior of the leg andan annular caster supported portion for sustaining the leg.

The full nature of this invention will be understood from the accompanying drawings and the following description and claims.

In the drawings Fig. 1 is a centrall sectional view taken on the line 1-1 of Fig. 2 and of a tubular leg construction provided with a caster and supported leg mount. Fig. 2 is a transverse sectional view of the end of the tubular leg and a plan view of a leg mount associated therewith. Fig. 3 is a cross sectional view of the leg mount taken on the line 3 3 of Fig. 2 and in the direction of the arrows. Fig. 4 is a top plan view of a modified form of the leg mount con struction. Fig. 5 is a cross sectional view taken on the line 5-5 of Fig. 4 and in the direction of the arrows.

Several features of this invention are improvements upon the leg mount shown in the prior Patent No. 1,414,150, dated April 25, 1922.

1n Figs. 1 and 2 there is illustrated a tubular leg 10 which is of relatively thin upper end of the pintle 13 and is also provided with two parallel and downwardly extending arms 16 which are apertured at 17 to provide two inwardly extending intermediate projections 18 which also are apertured at 19, said apertures being adapted to register with each other and receive the caster pintle.l Preferably thel .projectingY arms 16 are turned inwardly at 2O to permit forcible remo-val of the caster when desired. The head of thepintle 13 is suitably enlarged o-r upset as indicated-at 21 to retain the spring` centering and yielding retaining member 14 or any other suitable means upon said pintle.

The pintle adjacent the yoke portion 12 is provided with an annular enlargement such as the ring portion 22, and seatable upon said ring portion is the leg mount construction which includes a downwardlydished shaped plate portion 23 which is centrally apertured at 24 to; provide an opening for the pintle 13 to extend therethrough. The base plate is indicated generally by the numeral 25 and-said base plate preferably is of the same polygonal outline as that of the tubular leg. The circular or annular arcuate grooved dish-shaped plate 23 is connected to, and herein is shownpreferably integral with the base 25 by the inner wally forming portion 26, said inner wall 26, as shown in Figs. 1 to 5 inclusive, being vsp-aced from the outerl walls 27 formed integral with the base 25 to form a groove adapted to receive the end of the tubular leg 10.

1t will be observed from several figures that Vthe outer and upwardly7 extending ianges 27 are substantially tangential to the annular Vcentral portion 23, although spaced therefrom, The disk-shaped plate, as shown clearly in several figures, is apertured or slotted at 28 and in'rFigs. 1,` 2 and 3 and said slotting provides the upwardly extend.

ing projections 29. It will be noted that these apertures and slots ai'e positioned in termediate what may be termed the tangential bearing portions, thereby increasing the resiliency of the plate Without decreasing the strength of the gripping portion or said plate, Which lies in a perpendicular to the point ot' tangency, or contact with the tubular leg. ln Figs. et and 5, a modilied form of the invention is illustrated and in said ligures the apertures :28 are complete and no projections, such as are shown in Fig. 3, are provided tor the same effect is secured by slotting the annular arcuate grooved plate portion.

It is to be observed that, as shown in the prior patent referred to, the Walls 2G and 2T may be substantially parallel throughout, thus forming a U-shaped groove ot' substantially the same outline that of the tubular leg. The plate portion 23 ot such a construction may be either apertured as indicated at 2S or provided with projections as indicated at 20 Without departing` trom the invention as herein disclosed.

The invention claimed is l. A leg mount for tubular legs, including a downwardly dish-shaped legsupporting plate having a central opening to receive a caster pintle and to be supported thereby, substantially continuons flange means engaging substantially the entire engaging the inner periphery of the tubular leg, said plate being apertured to increase the resiliency thercorn and increase the gripping action ot the intermediate portion upon the inner periphery.

2. Si leg mount for tubular legs, including downwardly dish-shaped leg supporting plate having a central opening to receiv a caster pintle and to be supported thereby, substantially continuous flange means engaging substantially the entire. outer periphery oi" the tubular leg, and an intermediate portion connecting said doivnwardly dish-shaped leg siippoi'ting plate and 4engaging the inner periphery of the tubular leg, and projections on the plate to increasetlie resiliency thereof and increase the gripping action ot the intermediate portion upon the inner periphery.

3. In a caster leg mount tor tubular legs, the combination With a polygonal base, including an arcuate annular portion having a central opening and sides extending upwardly Ylroni said base in tangential relation to said annular portion, said side and said annular portion at the point of tangency toi-ming a U-shaped groove for enthe opposite sides ot said tubular leg, and that portion intermediate the points or tangency being formed for increasing the resiliency oi the base.

In Witness whereof, l have hereunto atlixed my signature.

VVLLIAll/I H. NOELTING. 

